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Figure 1. Infineon StrongIRFET™ and OptiMOS™ power MOSFET 20-300 V technologies
Kazuhide Ino, Managing Executive Officer, CSO, ROHM
Gabriel Szabó, Executive Vice President of Downstream at MOL Group
Professor Naira Hovakimyan from the Department of Mechanical Science and Engineering (MechSE) at UIUC
Pvilion CEO Colin Touhey
Anne Reynolds, Executive Director of the Alliance for Clean Energy New York
Carl Vondrick, assistant professor of computer science, Columbia University
A phase map of an agglomerated particle in a common lithium iron phosphate (LFP) battery electrode shows the charge distribution as it goes from 4% to 86%. FP refers to iron phosphate. Rice University scientists found that the FP phase spreads nonuniformly on an aggregate surface upon charging, rather than the expected even spread of lithium over the surface. The scale bar is 10 microns.
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Figure 1. Cross-section view of Infineon’s CoolGaN™ GIT device structure
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Figure 1. Comparison of planar and trench MOSFET structure
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Figure 1. Suitability of Si, SiC, and GaN for power supply applications
An artist’s impression of how the researchers used x-ray tomography as a magnifying lens to see into the inner structure of nanomaterials.
Prof. Dario Floreano, Director of EPFL’s Laboratory of Intelligent System
Engineers at MIT and NREL have developed a heat engine with no moving parts that is as efficient as a steam turbine.
Kyle Wang, MD
Illustration of edge magnetism discovered in CrGeTe3 using nanoscale magnetic microscopy
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Figure 1. Examples for extrinsic defects in an amorphous layer, mathematically modeled via a local thinning effect in the gate-oxide of SiC devices
Schematic illustrations of the electrochemical lithium ion intercalation-based exfoliation process.
Figure 1: The Fukaden tethered drone can be deployed quickly to support natural disaster situations where lives are at risk.
Close-up image of male hands using smartphone at night on city shopping street, searching or social networks concept, hipster man typing an sms message to his friends
SwRI’s new 74,000-square-foot Space System Integration Facility will allow rapid response to customers needing to design, assemble and test spacecraft, particularly small satellites for emerging “new space” applications, including support for the commercial and U.S. Department of Defense arenas.
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Figure 1. A 5 V converter with a simple EMI filter at the input passes CISPR 25 Class 5
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Figure 1: Examples of high voltage DC-DC converters for sensitive imaging applications, featuring low ripple, noise, and EMI. Shielded internal transformers and plated steel housings additionally achieve low levels of EM radiation
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Figure 1: Bourns’ recently released IsoMOV hybrid protectors are designed to efficiently manage the current density in the MOV resulting in substantial surge current handling in a given size device. IsoMOV devices are rated to 125ºC with nominal surge ratings of 3 kA, 5 kA, or 8 kA, and are available with Maximum Continuous Operating Voltage ratings up to 555V – ideally suited for 480 V industrial power lines
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Figure 1: A dual-channel architecture to achieve HFT = 1
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Figure 1. SilentMOS LTC7050 has internal symmetrical and small hot loops to minimize the ringing, with (a) showing LTC7050 and (b) showing a conventional DrMOS module
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Figure 1: The Schmitt trigger outputs a constant signal between two switching thresholds
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Figure 1: A MHEV 48V system with three paralleled MOSFETs in a symmetrical loop on the PCB face (Source: Author)
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Figure 1: Integrated GaNFast Power IC
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Figure 1. Typical B-H curve from positive saturation to negative saturation. When H is zero there exists Br which requires -Hc to return to zero. The area within the loop is core loss per cycle
Genaro Soto Valle, Manos Tentzeris, Kexin Hu, and Yepu Cui with the fabricated proof-of-concept tile arrays and inkjet-printed tile arrays.
Researchers from MIT and elsewhere have created a framework that could enable a robot to effectively complete complex manipulation tasks with deformable objects, like dough or cloth, that require many tools and take a long time to complete.
Quantum technologies, like this quantum computer at Sandia National Laboratories, might be a source of future jobs in New Mexico’s tech sector.
